StarCore Nuclear
Advanced Groundbreaking Nuclear Technology
Bringing safe energy and clean water to remote communities.
Latest
The StarCore Way
What We Do
StarCore Nuclear Inc. is a Canadian nuclear energy company developing Small Modular Reactors (SMRs) using High Temperature Gas-Cooled Reactor (HTGR) technology.
StarCore plants are unique – they are built for off-grid, remote operations in areas of the world where there is unreliable power, water or transmission lines.
“StarCore represents a technology that can change the way we provide power to some of the world’s most remote locations.”
Investor, RWT Growth CEO Reece Tomlinson
Why We Do It
It’s our mission that nuclear energy must provide more than just electricity to its communities. It must be safe, distributable, and replicable. StarCore’s technology is the future to a sustainable and carbon-free future.
StarCore News

How Minerals Become Critical in a Changing Energy World
Minerals are naturally occurring substances that come from the earth and provide the raw materials for almost everything we use. Industries rely on minerals like

Upgrading Remote Water Treatment with SMRs
Small Modular Reactors are an environmentally and economically friendly way to power remote water treatment facilities and protect related infrastructure in harsh climates.

Clean Tech for Meeting Peaking Energy Demand
To meet spikes in electricity demand, grid operators use fossil fuel peaking power plants. While essential, they are an outdated technology that harms people and the environment. Small Modular Reactors (SMRs) offer a clean and versatile alternative.
Coming Soon to Pinawa
StarCore Nuclear is partnering with the Local Government District of Pinawa to demonstrate their first SMR at the Whiteshell Laboratories complex.
StarCore Has a Clear Vision for the
Future of Nuclear
A Better Process
Technology That's Safe
A World of Applications
StarCore Small Modular Reactors (SMRs) bring safe, affordable, and carbon-free electricity to anywhere – from remote communities, to data centers, mine sites, and beyond.
